Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

The thing is it's supposed to be realistic for it's time frame. For example you wouldn't expect a ship designed and constructed one decade after first contact to go at warp 9 and have 7 tera-watt phaser arrays.

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

Warp Propulsion system(detailed): A dilithium swirl chamber reactor produces electroplasma which is routed through plasma conduits to a crystal that converts the plasma into metreon particle; the metreon particles "excite" the dark matter into warp plasma. The quantum field produced causes a change in the subspace field mechanics giving 19 peak transitional thresholds rather than the normal 9.

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

W.R.S. ThraceIt would be a ship made out of concrete and steel, constructed in space, its pieces lifted up into orbit through a space elevator. It's approximately the size of an average Aircraft Carrier.It's named after Janet Thrace, President of the United States from January 2045 to Janury 2049, who was among the Allies who initiated WWIII and led the US through most of the war until she lost re-election.Made of out concrete and steel, it has nuclear-powered thrust and an advanced break system, since there is no friction in space. It's weaponry would consist of space-deployed missiles, twenty of them, each one powerful enough to sink the USS Arizona. It was made for patrolling the Solar System, to defend Earth against alien threats.It was deployed by the World Republic Extra-Terrestrial Navy (WRETN), but when the World Republic transitioned to the United Human Territories (UHT) in 2063 it continued its service, seeing combat in two armed conflicts in the territories of other species.

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

The thing is it's supposed to be realistic for it's time frame. For example you wouldn't expect a ship designed and constructed one decade after first contact to go at warp 9 and have 7 tera-watt phaser arrays.

Sure, but everything i mentioned isnt necessarily out of the question in terms of timeframe.

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

The thing is it's supposed to be realistic for it's time frame. For example you wouldn't expect a ship designed and constructed one decade after first contact to go at warp 9 and have 7 tera-watt phaser arrays.

Sure, but everything i mentioned isnt necessarily out of the question in terms of timeframe.

Okay turns out you're right so:

Torpedoes: 130 photons, 200 transphasic torpedoesAs for primary and secondary shielding the deflector nodes are WAY more efficient. You see sensors detect the charging of weapons/firing of torpedoes and then all shield power is diverted through the deflector node that protects the spot where the attack is aimed at giving a much stronger shield. The deflector shield is mainly to protect against attacks that hit the entire ship.

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

The thing is it's supposed to be realistic for it's time frame. For example you wouldn't expect a ship designed and constructed one decade after first contact to go at warp 9 and have 7 tera-watt phaser arrays.

Sure, but everything i mentioned isnt necessarily out of the question in terms of timeframe.

Okay turns out you're right so:

Torpedoes: 130 photons, 200 transphasic torpedoesAs for primary and secondary shielding the deflector nodes are WAY more efficient. You see sensors detect the charging of weapons/firing of torpedoes and then all shield power is diverted through the deflector node that protects the spot where the attack is aimed at giving a much stronger shield. The deflector shield is mainly to protect against attacks that hit the entire ship.

I dont know why you would carry photon torpedoes to begin with, the whole point of quantum torpedoes is to go around the maximum possible yeild of a photon torpedo. Or even Gravimetric torpedoes, which are clearly effective enough that the Borg seem to prefer using them.

And id use things like regeneratvie sheilding, again, borg drones use them and it seems to suit them pretty well. But i dont see how you cant have primary sheilding with deflector nodes, and secondary sheilding.

By the way, is there any reason why you cannot have more than 1 warp core? Did any of the star trek canon address this? It stands to reason that having 2 warp cores, would provide more power.

Clearly your starship is inferior to all other 26th century ships; didn't you know? By the 26th century the federation uses a coaxial warp drive(it folds space for instantaneous travel to virtually anywhere in the universe.)

But of course. Thats what makes it so cheap, which is why it is also superior to yours in terms of cost.

But if youre going to make up a starship, you might as well pump it full of cooler technologies. Primary/secondary sheilding, ablative armor, chroniton/transphasic torpedoes.

The thing is it's supposed to be realistic for it's time frame. For example you wouldn't expect a ship designed and constructed one decade after first contact to go at warp 9 and have 7 tera-watt phaser arrays.

Sure, but everything i mentioned isnt necessarily out of the question in terms of timeframe.

Okay turns out you're right so:

Torpedoes: 130 photons, 200 transphasic torpedoesAs for primary and secondary shielding the deflector nodes are WAY more efficient. You see sensors detect the charging of weapons/firing of torpedoes and then all shield power is diverted through the deflector node that protects the spot where the attack is aimed at giving a much stronger shield. The deflector shield is mainly to protect against attacks that hit the entire ship.

I dont know why you would carry photon torpedoes to begin with, the whole point of quantum torpedoes is to go around the maximum possible yeild of a photon torpedo. Or even Gravimetric torpedoes, which are clearly effective enough that the Borg seem to prefer using them.

You'd carry photon torpedoes because: 1. they're easier to make and 2. they have a yield with greater variability. As for borg torpedoes; the federation has that technology but the explosion affects entire star systems; too much collateral damage for the federation's taste.

And id use things like regeneratvie sheilding, again, borg drones use them and it seems to suit them pretty well. But i dont see how you cant have primary sheilding with deflector nodes, and secondary sheilding.

Two reasons; if they were the same frequency they'd be the same shield; if they had different frequencies you wouldn't be able to fire phasers or torpedoes through the shields. Also it simply takes more power to have two shields; that goes for regenerative shielding too. Again the deflector nodes are more efficient which is why I went with those rather than regenerative or primary and secondary both of which protect probably the same amount but require more power.

By the way, is there any reason why you cannot have more than 1 warp core? Did any of the star trek canon address this? It stands to reason that having 2 warp cores, would provide more power.

Probably because two warp cores would cause an overload(the plasma conduits can only handle so much energy) and it would require twice the amount of anti-matter and deuterium to be stored which would increase the weight and decrease the space for everything else.

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

At 2/3/2014 8:41:47 PM, NarutoUzamaki wrote:Ok this is a good one- Powered rocket engines connected to the back with extra handling and extra boosters fueled by gallons of gas

- Comes with heavy packed missile able to breach through any solid object and is bound to be powered up inside with nuclear bombs inside every 5 shots ( 7 ammo must be refilled if needed)

- Bombs which are located at the bottom of the ship dock that can explode when touched

- Defense medium defenseAttack: 88%Speed: 68%%Defense: 87%

- Troopers are inside patrolling the ship

Turrets are controlled out side

Evacuation plots to help if ship is being destroyed troopers can come out(20 pods)

It is very big

I'm pretty sure my ship could easily beat it. Its cruising speed is around 1,000,000,000 times faster, its shields can withstand quite a few quantum torpedo impacts(for reference those are twice as powerful as an antimatter warhead which is (at least) 1000 times more powerful than a nuclear warhead(nuclear warheads actuall went out of use after the advent of deflector shield technology.) Not to mention my ship has phasers which have over 10 petajoules of energy along with quantum torpedoes.

Any sufficiently complex phenomenon is indistinguishable from magic--Me

"The good thing about science is that it's true whether or not you believe in it."
Niel deGrasse Tyson

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

How about this the ships apart are the speed of a smaller unsc cruiser while all together its the speed of a super massive unsc cruiser.

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.

Two of each kinda ship. Alpha and Beta will make up the center, Eta and Iota will be on the sides making up the bulk of the length, Epsilon and Delta will be on the outer most edge, sigma and omega will be on the back, and theta and gamma will be the front.

The ships will be a sleeker and more connected design ie more like ships from other universe and not the frail (at least in my opinion) design of most star trek ships.

If your talking about the connecting neck then thats irrelevant by the late 24th century since by then ships have become sleeker and the connecting neck has been removed.

yah the neck's kinda an issue

Physical specs

All ships are about 550m long and 245m wide. The command ships and missile ships are 50m shorter than the rest. The siegeships are also 5m wider. all together the length would be 1870m and the width would be 1225m

Except the siege ships which can be given an exceptional boost with the breaker shield to provide ramming speed

Epsilon: There are so many stories where some brave hero decides to give their life to save the day, and because of their sacrifice, the good guys win, the survivors all cheer, and everybody lives happily ever after. But the hero... never gets to see that ending. They'll never know if their sacrifice actually made a difference. They'll never know if the day was really saved. In the end, they just have to have faith.